def floodTrajsWithPhotons(trajs, config, randseed):
random.seed(randseed)
numpy.random.seed(random.randint(0, sys.maxint))
photcount = config.get("Photon Flooding", "photoncount")
deltat = config.get("Monte Carlo", "deltat")
verbose = config.get("System", "verbose")
for key in trajs:
traj = trajs[key]
if verbose:
print "Processing trajectory", key
traj["photons"] = zeros(traj["length"])
for ndx in range(traj["length"]):
if verbose and ndx % 10 == 0:
print "%d/%d\r" % (ndx, traj["length"]),
for _ in range(photcount):
try:
photon = getPhoton(traj, config, ndx)
endndx = int(photon.endtime / deltat)
if endndx != traj["length"]:
traj["photons"][endndx] += 1
except ValueError:
pass
return trajs
def floodTrajsWithPhotons(trajs, config, randseed):
random.seed(randseed)
numpy.random.seed(random.randint(0, sys.maxint))
photcount = config.get("Photon Flooding", "photoncount")
deltat = config.get("Monte Carlo", "deltat")
verbose = config.get("System", "verbose")
for key in trajs:
traj = trajs[key]
if verbose:
print "Processing trajectory", key
traj["photons"] = zeros(traj["length"])
for ndx in range(traj["length"]):
if verbose and ndx % 10 == 0:
print "%d/%d\r" % (ndx, traj["length"]),
for _ in range(photcount):
try:
photon = getPhoton(traj, config, ndx)
endndx = int(photon.endtime / deltat)
if endndx != traj["length"]:
traj["photons"][endndx] += 1
except ValueError:
pass
return trajs
def generateBurstFromAllTraj(eprob, trajs, conf, burst):
QD, QA, globalreject, applycorrectedcutoff = setUpBurstGeneration(conf)
while True:
success = False
while not success:
try:
species = pickFromEnsemble(eprob)
traj = getRandomTrajectory(trajs, species)
photon = getPhoton(traj, conf)
photon.checkThermal(QD, QA)
burst.appendPhoton(photon)
success = True
except ValueError:
globalreject -= 1
if globalreject == 0:
raise ValueError("Too many global rejects, probably no trajectories that can fulfill the rejection criteria - giving up.")
if burst.checkSizeReached(QD, QA, QYcorrected = applycorrectedcutoff):
break
def addPhotonToBurst(conf, burst, QD, QA, traj):
photon = getPhoton(traj, conf)
photon.checkThermal(QD, QA)
burst.appendPhoton(photon)
